Samson

Samson SWGMMLAV Go Mic Mobile Beltpack Transmitter LM8 Lavalier

A 2.4GHz digital wireless lavalier system that delivers 20 hours of clean, low-latency audio from a compact beltpack.

$24.95*$35.99Save 30%
In Stock on Amazon.com
View on Amazon

*Price sourced from Amazon.com. Last updated:Aug 27, 2026.Price and availability are subject to change — details.

Affiliate Disclosure: As an Amazon Associate, Studio Supplies earns from qualifying purchases made through links on this page, at no additional cost to you. This helps support our editorial team.

Notice a mistake? Let Us Know

Overview

The Samson Go Mic Mobile Beltpack Transmitter with LM8 lavalier is a 2.4GHz digital wireless system built for mobile video creators, YouTubers, podcasters, and anyone recording dialogue on the move. The system's defining characteristic is simplicity — clip on the lav, power up the beltpack, and you're transmitting clean audio to the Go Mic Mobile receiver with low enough latency to stay in sync with your camera's video feed. The LM8 omnidirectional lavalier delivers a 90 dB signal-to-noise ratio, which translates to a respectably quiet noise floor for a system at this price point. You'll hear clear, natural vocal reproduction with enough presence for interview work and on-camera presentations, though the omni pattern means you're also capturing room ambience — something to manage with mic placement and environment choice.

Build quality is functional and road-worthy without being premium. The beltpack is compact with a solid metal belt clip and a locking connector that prevents accidental lavalier disconnection during movement — a small detail that matters on active shoots. Variable gain control on the transmitter is essential for proper level staging across different environments, from quiet sit-down interviews to louder event spaces. The 20-hour battery life from two standard AA cells is a genuine workhorse spec that eliminates battery anxiety on long shoot days. The main limitation is ecosystem lock-in: this transmitter only works with the Samson Go Mic Mobile receiver, so there's no path to mixing it into a larger professional wireless rig or expanding channel count beyond what that system supports.

Key Features

2.4GHz digital wireless operation

Low latency audio transmission with no video sync issues

Up to 20 hours of battery life using two AA batteries

Up to 100' operating range (line-of-sight)

Includes Samson's LM8 Omnidirectional Lavalier Microphone

Specifications

Brand
Samson
Model
SWGMMLAV
Type
Mobile Beltpack Transmitter with Lavalier Microphone
Included Microphone
LM8 Omnidirectional Lavalier
Polar Pattern
Omnidirectional
Wireless Frequency
2.4GHz Digital
Signal-to-Noise Ratio
90 dB
Operating Range
100 feet (line-of-sight)
Battery Life
Up to 20 hours (2x AA batteries)
Connector
Locking Connector
Features
Variable Gain Control, Metal Belt Clip

Frequently Asked Questions

It requires the Samson Go Mic Mobile receiver (sold separately or as part of the Go Mic Mobile system). This beltpack is designed as a replacement or additional transmitter for that system — it will not pair with other brands' receivers.
No, the 2.4GHz digital transmission is specifically designed for low-latency operation, keeping audio tightly synced with video. This eliminates the lip-sync drift that can plague some wireless systems during on-camera recording.
The LM8 is an omnidirectional condenser lavalier with a 90 dB signal-to-noise ratio. It captures a clear, natural vocal tone suitable for interviews, vlogs, and presentations. The omnidirectional pattern is forgiving of head movement but will pick up more ambient room noise than a directional alternative.
Yes, the beltpack includes variable gain control, which lets you set input levels to avoid clipping in loud environments or boost signal in quieter settings. This is important for maintaining a clean signal chain across different shooting scenarios.
The 100-foot range is rated line-of-sight. In practice, walls, bodies, and RF interference from other 2.4GHz devices like Wi-Fi routers can reduce effective range. In typical indoor shooting environments, expect reliable performance within 50-70 feet.